Automation Components Inc {ACI} EPC2GFS Anlg Input # Output EPC2GFS

Anlg Input # Output EPC2GFS

Automation Components Inc {ACI} EPC2GFS Anlg Input # Output EPC2GFS

Automation Components Inc {ACI} EPC2GFS Anlg Input # Output EPC2GFS **External Programmable Controller, 2 channel, 3 input, 3 output Natural Arrangement, 2.1” display with blue backlite and keyboard. High isolation DC power supply for programming and operation, 24VDC ±15% @ 1.5A.

Components Overview The Automation Components Inc EPC2GFS Anlg Input + Output EPC2GFS is a power supply that converts a line voltage input into 5 volt and 24 volt powers. It also has an isolated analog input with 13 bit resolution, and an isolated isolated analog output with 13 bit resolution. Advanced Power Conversion Actively regulates input to output voltages independent of line voltage

ACI EPC2GFS (EPC2 GFS) module is an analog input # output module for the EPC2 family of controllers. This 21-channel module can be used to receive an analog signal and control external devices associated with the input, or send an analog signal out and expect to see a value in response. It is mainly used in HVAC control systems.

The EPC2GFS Analog Input/Output is designed to be a part of an Enhanced Production Center (host system), receiving commands from a host system's PLC, and passing those commands and data over the serial interface to the automation equipment. It not only passes commands, but can also pass analog input values to the process. The device uses a powerful Microchip microcontroller that can be programmed via an Ethernet connection through any web browser, with no programming experience required.

The EPC2GFS is a complete and cost-effective analog input and output module with 3 analog single-ended inputs. It uses the Modular Digital Controller (MDC) to configure the analog inputs and outputs.

The EPC2GFS is the ideal choice for configuring and expanding automation systems. The EPC2GFS module provides 2 analog input and 2 analog output points in a rugged package. Each input and output point can be configured as either voltage or current, as either single-ended (SE) or true bipolar (B). Alternatively, multiple channels may be ganged together to achieve higher channel count.